def test_11():
test_string = ""
donation1 = 10.0
donation2 = 10.0
donation3 = 10.0
donation4 = 10.0
d1 = mc.Donor("test_donor", "11")
d2 = mc.Donor("test_donor", "12")
dc = mc.DonorCollection()
dc.add_donation(d1.name, donation1)
dc.add_donation(d1.name, donation2)
dc.add_donation(d2.name, donation3)
dc.add_donation(d2.name, donation4)
cnt = len(dc.distinct_donor_list())
assert cnt == 2
def test_7(capfd):
test_string = ""
donation1 = 10.0
donation2 = 10.0
d = mc.Donor("test_donor", "7")
dc = mc.DonorCollection()
dc.add_donation(d.name, donation1)
dc.add_donation(d.name, donation2)
summed_donor_list = dc.sum_donors()
tmp_donor_list = sorted(summed_donor_list,
key=lambda x: x[1],
reverse=True)
print("{name:<40}{total_donation:<20}{donation_cnt:<30}{ave_donation:}".
format(name=dc.esteemed_donors_headers[0],
total_donation=dc.esteemed_donors_headers[1],
donation_cnt=dc.esteemed_donors_headers[2],
ave_donation=dc.esteemed_donors_headers[3]))
tmp_donor_list = sorted(summed_donor_list,
key=lambda x: x[1],
reverse=True)
[
print(
"{name:<40}{total_donation:<20}{donation_cnt:<30}{ave_donation:}".
format(name=row[0],
total_donation=row[1],
donation_cnt=row[2],
ave_donation=row[3])) for row in tmp_donor_list
]
out, err = capfd.readouterr()
if "Test_Donor 7 20.0 2 10.0" in out:
test_string = "success"
assert test_string == "success"
def test_5():
d = mc.Donor("test_donor", "5")
dc = mc.DonorCollection()
ls_cnt_before = len(list(dc._esteemed_donors_dict.keys()))
donation = 10.0
dc.add_donation(d.name, donation)
ls_cnt_after = len(list(dc._esteemed_donors_dict.keys()))
assert ls_cnt_before + 1 == ls_cnt_after
def test_10(capfd):
test_string = ""
donation = 10.0
d = mc.Donor("test_donor", "10")
dc = mc.DonorCollection()
dc.add_donation(d.name, donation)
names_list = list(dc._esteemed_donors_dict.keys())
values_list = list(dc._esteemed_donors_dict.values())
assert "Test_Donor 10" in names_list and 10.0 in values_list[0]
def test_5():
donation1 = 10.0
donation2 = 10.0
d = mc.Donor("test_donor", "5")
dc = mc.DonorCollection()
dc.add_donation(d.name, donation1)
dc.add_donation(d.name, donation2)
new_donor_total = dc.donor_total(d.name)
assert new_donor_total == 20.0
def test_2():
tmp_directory = "{}/tmp/".format(os.getcwd())
donation = 10.0
d = mc.Donor("test_donor", "2")
dc = mc.DonorCollection()
dc.add_donation(d.name, donation)
dc.print_letters(tmp_directory)
if os.path.isfile(tmp_directory + "\\Test_Donor 2_Thank_You_Letter.txt"):
file_exists = True
assert file_exists is True
def test_9(capfd):
donation = 10.0
d = mc.Donor("test_donor", "9")
dc = mc.DonorCollection()
dc.add_donation(d.name, donation)
print(d.name)
out, err = capfd.readouterr()
if d.name in out:
test_string = "success"
assert test_string == "success"
def test_1():
donation = 10.0
d = mc.Donor("test_donor", "1")
dc = mc.DonorCollection()
dc.add_donation(d.name, donation)
exists = ""
new_donor = d.name
for k, v in list(dc._esteemed_donors_dict.items()):
if k == new_donor and v[0] == donation:
exists = "yes"
assert exists == "yes"
def test_4(capfd):
test_string = ""
donation = 10.0
d = mc.Donor("test_donor", "4")
dc = mc.DonorCollection()
dc.add_donation(d.name, donation)
letter = d.donor_letters("new", d.first, donation, 0.0)
print(letter)
out, err = capfd.readouterr()
if "test_donor" in out:
test_string = "success"
assert test_string == "success"
def test_3():
donation = 10.0
tmp_directory = "{}/tmp/".format(os.getcwd())
d = mc.Donor("test_donor", "3")
dc = mc.DonorCollection()
dc.add_donation(d.name, donation)
dc.print_letters(tmp_directory)
hash_file = tmp_directory + "\\Test_Donor 3_Thank_You_Letter.txt"
hash = hashlib.md5()
with open(hash_file, 'rb') as afile:
buf = afile.read()
hash.update(buf)
print(hash.hexdigest())
assert hash.hexdigest() == "0897c592be8e4d98c192e0cc8ca0428d"
def test_6():
donation1 = 10.0
donation2 = 10.0
d = mc.Donor("test_donor", "6")
dc = mc.DonorCollection()
dc.add_donation(d.name, donation1)
dc.add_donation(d.name, donation2)
donors_list = dc.sum_donors()
search = d.name
for sublist in donors_list:
if sublist[0] == search:
donor_sum = sublist[1]
donation_cnt = sublist[2]
donor_ave = sublist[3]
break
assert donor_sum == 20.0 and donation_cnt == 2 and donor_ave == 10.0
